def step_impl(context, key, minutes):
transfer_reason_oid = (
context.hardware[key].get_oid_by_name("BatteryRunTimeRemaining").oid)
convert_to_minutes = lambda ticks: ticks / 6000
varbind_value = query_snmp_interface(transfer_reason_oid)
assert_that(minutes, close_to(convert_to_minutes(varbind_value), 0.001))
def step_impl(context, key, t_reason):
# Test both snmp interface and ups instance
transfer_reason_oid = (
context.hardware[key].get_oid_by_name("InputLineFailCause").oid)
varbind_value = query_snmp_interface(transfer_reason_oid)
assert_that(context.hardware[key].transfer_reason.name, equal_to(t_reason))
assert_that(context.hardware[key].InputLineFailCause(varbind_value).name,
equal_to(t_reason))
def _check_volt_threshold(context, key, threshold, old_volt, volt_change):
# query snmp to grab oid and threshold oid value
th_oid = context.hardware[key].get_oid_by_name(threshold).oid
th_value = query_snmp_interface(th_oid)
new_volt = int(th_value) + volt_change
context.engine.handle_voltage_update(old_voltage=old_volt, new_voltage=new_volt)
# wait for completion of event loop
if new_volt != old_volt:
event = context.tracker.load_done_queue.get()
logging.info(event)